The role of free play, and the impact of formal skill teaching, in children's early brain development are explored by Joan Santer and Carol Griffiths, with Deborah Goodall Research into brain development illustrates the way in which the experiences that children have in their early years impact not only on the biological structure of the brain but also the child's ability to learn.

Research into brain development illustrates the way in which the experiences that children have in their early years impact not only on the biological structure of the brain but also the child's ability to learn.

Immediately after birth, there is an increase in the growth of nerves and neural pathways in the brain as well as the connections between these. This is particularly so from two years to early adolescence. Up to the age of five there is a major increase in the growth of cells and synapses.

Sutton-Smith (1997) reminds us that the infant's brain undergoes major physical and chemical changes as it responds to the environment, creating plasticity or flexibility. If the child experiences an impoverished environment and the neural pathways are not used, then a radical pruning takes place (Griffiths, J 2003). Therefore, part of the function of play is to bring about the achievement of the brain's potential. Conversely, lack of stimulus may result in the loss of some of these connections.

Register now to continue reading

Thank you for visiting Nursery World and making use of our archive of more than 35,000 expert features, subject guides, case studies and policy updates. Why not register today and enjoy the following great benefits:

What's included

  • Free access to 4 subscriber-only articles per month

  • Unlimited access to news and opinion

  • Email newsletter providing activity ideas, best practice and breaking news

Register

Already have an account? Sign in here



Nursery World Jobs

Early Years Educator

Munich (Landkreis), Bayern (DE)

Toddler Floor Leader

Wallingford, Oxfordshire